Question 1

How Long Does It Take To Charge An Electric Car At A Public Charging Station?

Accepted Answer

The charging time at public stations in Thailand depends on:
✅ Charger type (AC or DC, power level)
✅ Your EV’s battery size and current charge
✅ The vehicle’s maximum charging acceptance rate
⚡ Typical charging times in Thailand:
🔹 AC Level 2 (7–22 kW)
Widely installed at department stores (Central, Lotus), offices, and condos
Takes 2–8 hours for a full charge
Adds 20–40 km of range per hour
Suitable for charging while shopping or during work hours
🔹 DC Fast Charging (50–180+ kW)
Available along major routes (Bangkok–Pattaya, Bangkok–Chiang Mai) and PTT stations
Takes 20–45 minutes to charge from 20% to 80%
Adds 100–300 km range in 30 minutes
Ideal for long-distance travel or fleet top-up
🚗 In Thailand:
Thailand’s EV infrastructure is expanding rapidly, with government and private operators (PTT, EA Anywhere, Evolt) rolling out DC fast chargers across highways and major cities. Many EV users plan charging stops at shopping centers or PTT stations with cafes and clean amenities, making it convenient to charge while taking a break.
✅ Summary:
In Thailand, it typically takes 30 minutes to 8 hours to charge an electric car at a public charging station, depending on the charger type and your EV.

Question 2

💰 How Much Does It Cost To Use A Charging Point?

Accepted Answer

The cost to use a public EV charging station varies by:
✅ Country and local electricity rates
✅ Charging speed (AC or DC fast charging)
✅ Charging operator pricing model (per kWh, per minute, or session fee)
⚡ Typical Pricing:
🔹 AC Level 2 Charging (7–22 kW)
Charged per kWh or per hour
Typically $0.15–$0.30 per kWh in many countries
A full charge (30–60 kWh) may cost $5–$15
🔹 DC Fast Charging (50–180+ kW)
Charged per kWh, per minute, or session fee
Typically $0.30–$0.60 per kWh
A typical 20%–80% charge (30–40 kWh) may cost $10–$20
🚗 Example: Thailand
In Thailand:
✅ AC charging typically costs 4–7 THB per kWh (~$0.11–$0.19/kWh) at public stations.
✅ DC fast charging typically costs 6–9 THB per kWh (~$0.16–$0.25/kWh) at EA Anywhere, PTT, or Evolt stations.
✅ Charging from 20%–80% (30 kWh) at a DC fast charger would cost around 180–270 THB (~$5–$7.50).
Many locations (malls, condos) offer free or discounted AC charging to attract customers.
Other Factors:
✅ Some stations add parking or idle fees if you stay after charging completes.
✅ Home charging is often cheaper, but public fast charging offers speed and convenience.
✅ Summary:
The cost to use a public charging point typically ranges from $5–$20 per session, depending on your vehicle, charger type, and local electricity rates.

Question 3

How Much Do Charging Stations Cost To Make?

Accepted Answer

The cost to install a charging station depends on:
✅ Charger type (AC vs. DC fast charging)
✅ Power level (kW rating)
✅ Site preparation (electrical upgrades, trenching, permits)
✅ Hardware, software, and network integration
⚡ Typical Costs:
🔹 AC Level 2 Chargers (7–22 kW)
Hardware: $500–$3,000 per unit
Installation: $1,000–$5,000 (depends on wiring, panel upgrades, distance to breaker)
Total: $1,500–$8,000 per charging point
Ideal for malls, condos, offices, and hotels
🔹 DC Fast Chargers (30–180+ kW)
Hardware: $10,000–$100,000+ per unit (higher for ultra-fast 350 kW units)
Installation: $10,000–$50,000+ (requires heavy wiring, transformer upgrades, sometimes utility coordination)
Total: $30,000–$150,000+ per charging point
Suitable for highways, commercial fleets, and fast-turnover public sites
🚗 Example: Thailand
In Thailand:
✅ AC charging points in malls or offices typically cost ฿50,000–฿250,000 ($1,400–$7,000) per port to install.
✅ DC fast charging stations cost ฿1,000,000–฿4,500,000 ($28,000–$125,000) depending on power level and site complexity.
✅ Additional costs for software, OCPP integration, branding, and payment systems are required for public operation.
Other Cost Considerations:
✅ Utility connection upgrades or new transformer installation can add significant costs for high-power DC chargers.
✅ Permits and regulatory fees vary by city/country.
✅ Ongoing maintenance, electricity, and network fees should be included in your business plan.
✅ Summary:
AC chargers: $1,500–$8,000 per port to install
DC fast chargers: $30,000–$150,000+ per port to install
Costs vary based on location, power level, and site conditions.

Question 4

⚡ Charging Stations vs. ⛽ Gas Stations

Accepted Answer

Aspect
Charging Stations
Gas Stations

Energy Source
Electricity (often with renewables integration)
Gasoline/Diesel (fossil fuels)

Refueling Time
30 min – 8 hrs (DC fast: 15–45 min; AC: 2–8 hrs)
3–5 minutes

Infrastructure Cost
$1,500–$150,000 per port
$250,000–$2M+ per station

Maintenance
Low (electronics, cables)
High (pumps, tanks, environmental risk)

Environmental Impact
Zero tailpipe emissions, cleaner grid use
High CO₂ and pollution emissions

Operation Noise & Smell
Silent, clean
Noisy, fuel odors

Refueling Method
Park & plug in, can leave to shop/eat
Must stay during fueling

Space Requirements
Flexible, can be integrated in parking lots
Larger land footprint needed

Energy Price Volatility
Relatively stable electricity pricing
Fluctuates with oil markets

Profit Model
Charging fees, attracts customers to spend time
Fuel sales, convenience store revenue

Grid Dependency
Dependent on electricity availability
Dependent on fuel logistics

🚗 User Experience Differences:
Gas Stations:
✅ Very quick refueling
✅ Required for ICE vehicles
❌ Pollution and noise
Charging Stations:
✅ Can charge while shopping, eating, or working
✅ Supports clean transport goals
❌ Longer refueling times, especially on long trips
🌿 Sustainability:
Charging stations align with clean energy policies and ESG goals.
Gas stations contribute significantly to carbon emissions.
⚡ Transition Trend:
Many gas stations are adding EV charging stations to adapt to the EV market shift, using existing locations to host DC fast chargers and attract EV users for additional services.
✅ Summary:
While gas stations are faster for refueling, EV charging stations are cleaner, quieter, and align with future transport trends, with charging integrated into user lifestyles rather than requiring dedicated refueling trips.

Question 5

📱 What is a Charging Stations App?

Accepted Answer

A charging stations app helps EV drivers locate, access, and manage electric vehicle charging stations conveniently from their mobile devices.
🚗 Key Features:
✅ Station Locator
Map view of nearby AC and DC charging stations
Filters by connector type (CCS, CHAdeMO, Type 2), power level, and availability
Displays pricing, hours, and amenities (restrooms, cafes)
✅ Real-Time Status
Shows whether chargers are occupied or available
Estimated waiting times at busy stations
✅ Navigation Integration
Route planning with charging stops included
Google Maps or Apple Maps integration
✅ Authentication & Payment
Start and stop charging sessions directly from the app
Pay using credit card, digital wallets, or app wallet balance
View session cost and charging history
✅ Notifications
Alerts when charging is complete or if there’s an issue
Maintenance or availability updates for favorite stations
✅ User Reviews & Ratings
Feedback on station functionality and safety
✅ Membership & Discounts
Membership plans for discounted charging rates
⚡ Examples of Charging Station Apps:
PlugShare – Global station database with user reviews
ChargePoint – Network-specific app for finding and using ChargePoint stations
EVgo, Electrify America – For their respective fast-charging networks
EA Anywhere (Thailand) – Local app for finding and using EA’s charging stations
Shell Recharge – Integrated with Shell’s global charging network
Tesla App – For Tesla Superchargers and vehicle management
🚩 Why It Matters:
A charging stations app:
✅ Removes range anxiety by showing available charging options
✅ Speeds up charging workflows for drivers
✅ Enhances payment and charging management for station operators
✅ Enables smart route planning for longer trips
✅ Summary:
A charging stations app makes EV charging more convenient by allowing users to find, access, and pay for charging easily, improving the EV ownership experience.

Question 6

⚡ Charging Stations Business: An Overview

Accepted Answer

A charging stations business involves building, operating, and maintaining EV charging infrastructure to support the growing electric vehicle market while generating revenue through charging services and related offerings.
🚀 Why Enter the Charging Stations Business?
✅ Rising EV Adoption: EV sales are increasing globally, creating consistent demand for public and fleet charging.
✅ Government Support: Many countries (including Thailand, Philippines, US, EU) offer subsidies, tax incentives, and policy support for EV infrastructure.
✅ Sustainable Business: Aligns with ESG goals, clean transport, and carbon reduction trends.
✅ Recurring Revenue: Generates ongoing income from charging fees, memberships, advertising, and partnerships.
💰 Revenue Streams
1️⃣ Per-kWh Charging Fees: Core revenue from users paying to charge.
2️⃣ Time-Based Fees: Charging by duration (per minute/hour).
3️⃣ Idle Fees: Additional income if users occupy chargers post-charging.
4️⃣ Membership Plans: Monthly subscriptions for discounted rates.
5️⃣ Advertising & Partnerships: On-app or on-site promotions, cross-selling with malls or F&B partners.
6️⃣ Ancillary Services: Car wash, maintenance, battery checks while charging.
⚡ Types of Business Models
✅ Owner-Operator: You install, own, and manage the stations, keeping all revenue.
✅ Host Site Partnership: Malls, offices, or gas stations provide space; you install and share revenue.
✅ Franchise Model: Using established EV charging brands and networks.
✅ Network Operator: Managing payment, monitoring, and maintenance for multiple owners under one platform.
🚧 Key Costs
Hardware: $1,500–$150,000 per charger (AC vs. DC fast charging).
Installation: Site preparation, electrical upgrades, permits.
Software & OCPP Platform: For monitoring, payments, remote updates.
Maintenance & Electricity: Ongoing operational costs.
Land Lease/Rental: If not owned.
🚗 Market Considerations
✅ Location is critical: High-traffic areas (malls, highways, city centers, offices) maximize utilization.
✅ Charging speed mix: Combine AC for long-stay parking and DC fast chargers for high turnover.
✅ Grid capacity: Ensure your sites can handle power demand without disruptions.
✅ App/payment integration: Users prefer seamless, app-based experiences.
✅ Future-proof: Plan for renewable integration, V2G readiness, and scalable power upgrades.
🌿 Example: Thailand & Philippines Context
Thailand: Government policies supporting EV infrastructure with EA Anywhere, PTT, and Evolt rapidly expanding charging networks.
Philippines: Early-stage growth, high fuel prices driving interest, with AC chargers in malls and DC chargers in Metro Manila and Cebu, supported by renewable energy potential.
✅ Summary:
A charging stations business offers sustainable, scalable income potential in a rapidly growing EV market, aligning with clean energy goals while meeting practical user needs.

Aspek	Stasiun Pengisian Daya	Pompa Bensin
Sumber Energi	Listrik (sering kali dengan integrasi energi terbarukan)	Bensin/Diesel (bahan bakar fosil)
Waktu Pengisian Bahan Bakar	30 menit - 8 jam (DC cepat: 15-45 menit; AC: 2-8 jam)	3-5 menit
Biaya Infrastruktur	$1.500-$150.000 per port	$250.000-$2M+ per stasiun
Pemeliharaan	Rendah (elektronik, kabel)	Tinggi (pompa, tangki, risiko lingkungan)
Dampak Lingkungan	Emisi knalpot nol, penggunaan jaringan yang lebih bersih	Emisi CO₂ dan polusi yang tinggi
Kebisingan & Bau Operasi	Senyap, bersih	Bising, bau bahan bakar
Metode Pengisian Bahan Bakar	Parkir & colokkan, bisa pergi untuk berbelanja/makan	Harus tetap tinggal selama pengisian bahan bakar
Persyaratan Ruang	Fleksibel, dapat diintegrasikan di tempat parkir	Dibutuhkan lahan yang lebih luas
Volatilitas Harga Energi	Harga listrik yang relatif stabil	Berfluktuasi dengan pasar minyak
Model Keuntungan	Mengenakan biaya, menarik pelanggan untuk menghabiskan waktu	Penjualan bahan bakar, pendapatan toko serba ada
Ketergantungan Jaringan	Tergantung pada ketersediaan listrik	Bergantung pada logistik bahan bakar

Produsen Stasiun Pengisian Daya EV Pengisi Daya Cepat Dc GB / T CCS1 CCS2 CHAdeMO

Desain Stasiun Pengisian Daya Mobil Listrik

cangkang stasiun pengisian daya listrik:

Tampilan LED stasiun pengisian daya:

Kabel pengisian daya dan konektor pengisian daya:

Stasiun Pengisian Daya Mobil Listrik Kompatibel Dengan 99% Kendaraan Listrik

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Mematuhi Persyaratan Teknis yang Paling Menuntut

Stasiun Pengisian Daya Kendaraan Listrik Komersial kami Mudah Dipasang, Dikelola, dan Dipelihara, Yang Berarti Lebih Sedikit Pekerjaan Untuk Anda.

Layanan Stasiun Pengisian Daya Dc Ev Profesional

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Berapa Lama Waktu yang Dibutuhkan Untuk Mengisi Daya Mobil Listrik di Stasiun Pengisian Daya Umum?

💰 Berapa Biaya yang Dibutuhkan untuk Menggunakan Charging Point?

Berapa Biaya Pembuatan Stasiun Pengisian Daya?

⚡ Stasiun Pengisian Daya vs. ⛽ Stasiun Pengisian Bahan Bakar

📱 Apa yang dimaksud dengan Aplikasi Stasiun Pengisian Daya?

⚡ Bisnis Stasiun Pengisian Daya: Gambaran Umum

Produsen Stasiun Pengisian Daya EV Pengisi Daya Cepat Dc GB / T CCS1 CCS2 CHAdeMO

Desain Stasiun Pengisian Daya Mobil Listrik

cangkang stasiun pengisian daya listrik:

Tampilan LED stasiun pengisian daya:

Kabel pengisian daya dan konektor pengisian daya:

Stasiun Pengisian Daya Mobil Listrik Kompatibel Dengan 99% Kendaraan Listrik

Stasiun Pengisian Daya Listrik Internasional BersertifikatMematuhi Persyaratan Teknis yang Paling Menuntut

Stasiun Pengisian Daya Kendaraan Listrik Komersial kami Mudah Dipasang, Dikelola, dan Dipelihara, Yang Berarti Lebih Sedikit Pekerjaan Untuk Anda.

Layanan Stasiun Pengisian Daya Dc Ev Profesional

Kami Dapat Menyesuaikan Bisnis Stasiun Pengisian Daya Ev Untuk Berbagai Negara Dan Pasar

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